Escrow Format Specification 3.1. Deposit’s Format. Registry objects, such as domains, contacts, name servers, registrars, etc. will be compiled into a file constructed as described in draft-xxxxx-xxxxxxx-registry-data-escrow, see Part A, Section 9, reference 1 of this Specification and draft-xxxxx-xxxxxxx-dnrd-objects-mapping, see Part A, Section 9, reference 2 of this Specification (collectively, the “DNDE Specification”). The DNDE Specification describes some elements as optional; Registry Operator will include those elements in the Deposits if they are available. If not already an RFC, Registry Operator will use the most recent draft version of the DNDE Specification available at the Effective Date. Registry Operator may at its election use newer versions of the DNDE Specification after the Effective Date. Once the DNDE Specification is published as an RFC, Registry Operator will implement that version of the DNDE Specification, no later than one hundred eighty (180) calendar days after. UTF-8 character encoding will be used.
Problem/ Solution Statement Problem The Recipient has experienced significant increase in Solar Photovoltaic (PV) interconnection requests in recent years, and this trend is expected to continue. This high level of Solar PV adoption requires a host of grid modernization efforts to manage the substantial progress the Recipient envisions in decarbonizing the electricity provided on the electrical system. The existing paradigm for integration of renewables is based around legacy enterprise control solutions (i.e. existing functions such as state estimation and optimization) and a relatively static distribution planning approach. Dynamic visualization of capacity, automation of the interconnection process, and self-discovery of new devices into distributed control subsystems as part of a hierarchical control paradigm are required to achieve scalable integration of Distributed Energy Resources (DER) in excess of 50% of peak load. These distributed control capabilities will enable distributed intelligence and control capability to support fast, automated decisions and improve overall resiliency of the distribution grid system.